MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (2024)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (1)

Powerful and engaging STEM activities to inspire young people, and to cultivate skills and competencies. Prepare young people for their careers, and prepare them for the world.

  • 6 large bags of robust components
  • 24 fun activities lasting from 10 minutes to 1 hour
  • Introductory to advanced
  • Age 10 – 18
  • 5 – 30 participants

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (2)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (3)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (4)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (5)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (6)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (7)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (8)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (9)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (10)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (11)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (12)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (13)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (14)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (15)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (16)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (17)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (18)

Get Inspired

How do facilitators like you use MTa tools? #TheMTaWay

Nissan UK

Nissan UK work closely with local schools, at this session the aim was to ensure their STEM outreach programme is fun and engaging.

ACTIVITY: Wound Up (learning: velocity/forces/energy/motion)

OUTCOMES: Forge interest in STEM subjects & careers.

UK Military School

The UK Military School regularly use MTa tools in their fun and engaging education programme, equipping children with the skills they need for life.

OUTCOMES: Communication, teamwork, leadership, personal development, STEM engagement

RAF Youth Engage

This RAF outreach programme uses the MTa method to inspire and encourage more young people to be interested in STEM, delivering events across the country.

OUTCOMES: Create interest in STEM learning and STEM careers in a fun and engaging way.

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (19)

Shop with confidence

Free Worldwide Delivery

Express delivery to your address

A Lasting Investment

You’ll get unlimited access to the MTa App & learning resources

Money Back Guarantee

28 day return policy. Buy with confidence

Expert Support

An experienced facilitator is always on hand to answer your questions

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (20)

Solving your problems

It’s right for you if:-

You want to want to inspire young people and help them unleash their inner potential, with a strong focus developing human skills in a STEM context.

What’s included:

6 large bags of high quality MTa components, along with facilitator guides, participant briefs and reflection questions. Enough for up to 30 young people working simultaneously.

When to use it:-

These thought provoking STEM activities are ideal in the classroom, youth groups, corporate outreach, at a STEM club, on national STEM day and much more. Indoor or outdoor, anything goes.

As adaptable as you

Each activity is mapped to at least 4 STEM learning outcomes and the STEM Kit can be expanded or combined with other products in our range.

Effortlessly engaging

Our stimulating STEM activities are easy to plan using the facilitator content in the manuals and MTa online. They’re intuitive to deliver, and designed to engage.

Real-world value

From year 2 / 3rd grade to young adult: all STEM learning is designed to be tied back to the workplace and to lasting, real-world learning outcomes

Inspiring the next generation

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (21)

Science

Careers in science push the boundaries of human knowledge and experience, and lead to the incremental breakthroughs that continue to improve our lives. Use an MTa STEM Kit to develop skills like conceptual thinking, accurate measurement, drawing conclusions from results, and revising plans based on data that will inspire young people to pursue an interest in science.

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (22)

Technology

In an ever-more technical world, young people with an ability to think and move fluently will have the advantage. MTa STEM activities instil skills like using newly acquired knowledge, a positive attitude to change, logical thinking, and others that will help young people move toward tech fluency.

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (23)

Engineering

Engineers design and build the world around us, and understanding levers, pivots, centre of gravity and similar concepts is a mandatory part of their skillset. The MTa STEM Kit includes activities to foster these skills, whether creating stable structures that carry a load, using structures as sub-assemblies, and many more.

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (24)

Mathematics

Our STEM activities teach core maths skills like understanding angles, tessellation, geometry, estimating, linking mathematics with physical objects, and more. By applying these skills in real-world settings, young people are able to make the connection between theory and practical application: a key distinction that doesn’t always come through in the classroom.

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (25)

Teamwork

Team building equipment for kids should be fun and engaging while delivering lasting learning outcomes. The MTa STEM kit contains many easy team building activities for kids to instil the basics of team working, through to more complex concepts like inner-team working, agreeing on plans and more.

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (26)

Critical thinking

By teaching young people how to challenge preconceptions and norms, to think analytically, and to take creative approaches to questions, our STEM equipment develops critical thinking faculties that will be invaluable in later life.

The world’s first choice for experiential learning

"We're delighted!"

“We’re delighted! This [MTa STEM] activity was constructive, positive and fun.”

Nissan UK via Instagram

I can honestly say that I’ve never run a session where the students didn’t have a great time.

Every single session is positive using the MTa STEM kit. It’s universally liked and with a clear brief anyone can be engaged with it.

This should be the first piece of STEM material you should buy. It’s versatile, it lasts and it’s cost effective. Combine it with a few laptops and a pneumatic rocket launcher and you’re all set to deliver STEM.

Chris Mossman, Chief Technician, Defence Munitions Kineton

Challenging and memorable

I use the MTa STEM kit for two quite different purposes. I run weekly ‘constructioneering’ exercises with my year 7 – 9maths club.The kids enjoy using the kit and find the activities challenging and memorable. I think pupils who aren’t necessary that interested in STEM yet would benefit from using these activities too, so I’m hoping to work it into the curriculum for next year.

I also use it in PHSE (Personal, Health and Social Education) lessons to focus on personal skills. I’ve found that it offers some really important learning opportunities: I’ve seen children develop their adaptability, resilience and problem-solving skills. It’s great to see them improve their team skills and increase their engagement levels as the activities progress.

I am often asked when we can get the STEM kit out again.

Alicia Brown, Stoke Damerel Community College, Plymouth

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MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (31)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (32)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (33)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (34)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (35)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (36)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (37)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (38)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (39)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (40)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (41)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (42)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (43)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (44)

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (45)

MTa STEM Kit

$3,625.00

  • 6 x sets of MTa STEM components (6 large bags)
  • 7 x Introductory STEM activities
  • 12 x Intermediate STEM activities
  • 5 x Advanced STEM activities
  • Access to MTa online resources

UK Orders: Price is ex VAT. 20% VAT will be added at checkout.

MTa STEM kit - Engaging hands-on STEM challenges for young people | Experiential Learning (2024)

FAQs

What do children learn from STEM activities? ›

Increases Innovative Thinking

Through experimentation, students learn new ways of observing, analyzing and solving complex issues. Whether it's engineering, computer technology or basic arithmetic, students will be able to pinpoint obstacles and work through them with an “outside of the box” mindset.

What are some STEM projects for college students? ›

Some fun STEM activities include building a catapult, creating a marble maze, constructing a solar oven, making a model volcano, demonstrating cloud formation, creating a lava lamp, and building a water filter. These activities teach key concepts while engaging students in interactive learning experiences.

What are 3 benefits of STEM? ›

Many of the skills developed in STEM courses are core skills that are applicable and transferable to other disciplines. Collaboration, resilience, critical thinking, curiosity — all can help to improve academic outcomes in other subjects.

What is the best age to learn STEM? ›

Similarly, parents and educators should not wait until students turn four or five years old before beginning to provide STEM (science, technology, engineering and mathematics) education. The best time to begin is when children are at their most active learning stage – from ages one to three years.

How does STEM engage students? ›

While many subjects rely on lecture-based lessons, STEM can provide a break in that learning style and provide hands-on activities. STEM activities and topics use many different skills, like problem-solving and critical thinking, that work better when kids can interact with the subject material themselves.

What are examples of STEM programs? ›

STEM Majors List
  • Astronomy.
  • Biology.
  • Chemistry.
  • Computer science.
  • Engineering.
  • Earth sciences.
  • Health sciences.
  • Information technology.

What are the outcomes of STEM education? ›

Creativity, critical thinking, interest, and identity are the significant outcomes of STEM education (Honey et al., 2014).

What is the purpose of STEM lessons? ›

STEM fields are significant forces of innovation and development, resulting in modern technology and advances that improve our daily lives. Teaching STEM in school can encourage exploration and curiosity in kids, as well as teach them about the world around them in a fun, hands-on manner.

What does STEM teach? ›

It's a term many are familiar with, but don't necessarily understand. STEM is a common abbreviation for four closely connected areas of study: science, technology, engineering and mathematics. The fields are often associated due to the similarities that they share both in theory and practice.

Why is STEM important in early childhood education? ›

STEM Helps Students Engage With the World

STEM in early childhood education can tap into students' potential for critical thinking. It can turn students into lifelong learners who want to know the why and how behind it all. It can help students see themselves as important participants in the world.

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